A rocket is launched so that it rises vertically. A camera is positioned 5000ft from the launch pad. When the rocket is 1000ft above the launch pad, its velocity is 600ft/sec. Find the necessary rate of change of the camera’s angle as a function of time so that it stays focused on the rocket. What rate of change is necessary for the elevation angle of the camera if the camera is placed on the ground at a distance of 4000ft from the launch pad and the velocity of the rocket is 500 ft/sec when the rocket is 2000ft off the ground?

A rocket is launched so that it rises vertically. A camera is positioned 5000ft from the launch pad. When the rocket is 1000ft above the launch pad, its velocity is 600ft/sec. Find the necessary rate of change of the camera’s angle as a function of time so that it stays focused on the rocket.

What rate of change is necessary for the elevation angle of the camera if the camera is placed on the ground at a distance of 4000ft from the launch pad and the velocity of the rocket is 500 ft/sec when the rocket is 2000ft off the ground?

Solution:

A rocket is launched so that it rises vertically

A rocket is launched so that it rises vertically

A rocket is launched so that it rises vertically

A rocket is launched so that it rises vertically


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